Point registering device

ABSTRACT

The present invention provides a system for automatically registering destination of visit or a normally stationed spot to a mobile information system such as car navigation system. A position information detected by position detecting means  101  is stored in position storage means  102.  From the position information or from pattern of moving loci stored in the position storage means  102,  the position recognizing means  103  recognizes a place frequently visited or a normally stationed spot of the system, and these are registered automatically as registered destination or a normally stationed spot (owner&#39;s own home). Thus, the destination frequently visited can be registered without performing specific operation. The registered position can be used as a place of destination for searching a desirable route for the vehicle. Also, by recognizing the normally stationed spot, theft can be detected.

FIELD OF THE INVENTION

[0001] The present invention relates to a spot registration system, andin particular, to a spot registration system for registering a spot or aplace or a locality to a mobile information system such as a carnavigation system or a portable mobile terminal.

BACKGROUND ART

[0002] In a car navigation system used in the past, there is provided afunction to register a position such as a place frequently visited orowner's own home by manual operation from map screen. FIG. 10 shows afunctional block diagram of a conventional type spot registrationsystem. The user sets a spot to be registered in advance, and a route toa selected spot as destination can be searched by easy operation andprocedure by simply selecting the spot from a list of the registeredspots without the need of searching the destination from the map screen.In particular, when the position of owner's own home is registered bydifferentiating it from the other spots, a route to the home can besearched by a single button operation. It is very convenient becausethis is a function to be used frequently.

[0003] In the conventional type car navigation system, however, theoperation to register position of user's own home is not very easy toperform for a user, who uses the car navigation system for the firsttime. Also, for the other spots to be registered, there have beenproblems in that registration must be made through selection of a spotby putting consideration on the purpose to use the registered spot.

DISCLOSURE OF THE INVENTION

[0004] To solve the above problems, it is an object of the presentinvention to provide a system, which can automatically registerinformation on a spot or a place or a locality to a mobile informationsystem such as a car navigation system.

[0005] To attain the above object, the spot registration system forregistering position to a mobile information system according to thepresent invention comprises position detecting means for detectingposition of the system, position storage means for storing the detectedposition, position recognizing means for recognizing a spot to beregistered according to position storage information obtained from theposition storage means, and means for registering the recognized spot.

[0006] The spot registration system as described here is not limited toa system physically enclosed in a housing, but it also means a system,which is dispersed in a plurality of housings for each of the meansincorporated, whereby these housings are connected with each other viawired or wireless system and these serve as a spot registration systemas a whole.

[0007] With the arrangement as described above, position informationobtained from the position detecting means is analyzed to estimate thenormally stationed spot of the system or the place frequently visited,and the position of the normally stationed spot or the visiting placecan be automatically registered.

BRIEF DESCRIPTION OF THE DRAWINGS

[0008]FIG. 1 is a functional block diagram of a first embodiment of aspot registration system according to the present invention;

[0009]FIG. 2 is a functional block diagram of a second embodiment of thespot registration system according to the present invention;

[0010]FIG. 3 is a functional block diagram of a third embodiment of thespot registration system according to the present invention;

[0011]FIG. 4 is a functional block diagram of a fourth embodiment of thespot registration system according to the present invention;

[0012]FIG. 5 is a functional block diagram of a fifth embodiment of thespot registration system according to the present invention;

[0013]FIG. 6 is a functional block diagram of a sixth embodiment of thespot registration system according to the present invention;

[0014]FIG. 7 is a functional block diagram of a seventh embodiment ofthe spot registration system according to the present invention;

[0015]FIG. 8 is a drawing to show a moving locus for explainingoperation of an eighth embodiment of the spot registration systemaccording to the present invention;

[0016]FIG. 9 is a drawing to show departure and arrival records forexplaining operation of an eighth embodiment of the spot registrationsystem according to the present invention; and

[0017]FIG. 10 is a functional block diagram of a conventional type spotregistration system.

BEST MODE FOR CARRYING OUT THE INVENTION

[0018] Description will be given below on embodiments of the presentinvention referring to FIG. 1 to FIG. 9.

[0019] (1st Embodiment)

[0020] A first embodiment of the spot registration system according tothe present invention is a spot registration system for detecting andstoring position of the system in memory and for automaticallyrecognizing a spot or a place to be registered from the pattern of theposition stored in memory.

[0021]FIG. 1 is a functional block diagram of a first embodiment of aspot registration system according to the present invention. In FIG. 1,position detecting means 101 is means for detecting position of thesystem. Positioning storage means 102 is means for storing the positionin memory. Position recognizing means 103 is means for recognizing avisiting place or a normally stationed spot from history or pattern ofthe positions in storage.

[0022] Now, description will be given on operation of the spotregistration system of the first embodiment of the present inventionwith the arrangement as described above. As a typical example,explanation will be given on a case where a spot or a place isregistered in a mobile terminal such as a car navigation system.

[0023] A position information of a system detected by the positiondetecting means 101 is stored in the position storage means 102. Theposition recognizing means 103 automatically recognizes a position withrelatively high probability of the presence of the system as a spot tobe registered, and it registers the spot. A place having remarkably highpresence probability is recognized as a normally stationed spot. It maybe designed in such manner that confirmation is made to the user as towhether the spot may be registered or not.

[0024] In so doing, operation of the spot registration can be automated.Also, it is possible to register by automatically distinguishing anormally stationed spot such as driver's own home.

[0025] As described above, in the first embodiment of the presentinvention, the spot registration system is designed to detect and storeposition of the system and to automatically recognize the spot to beregistered from the pattern of the positions in storage. As a result, itis possible to automatically register a spot with high presenceprobability of the system.

[0026] (2nd Embodiment)

[0027] A second embodiment of the spot registration system of thepresent invention is a system for detecting that the vehicle is stoppedat the same place for longer than a given time period at night time, forinstance, and for regarding this place as a spot to be registered.

[0028]FIG. 2 is a functional block diagram of the second embodiment ofthe spot registration system according to the present invention. Basicarrangement of the second embodiment is the same as that of the firstembodiment except that a clock 110 is provided in the second embodiment.In FIG. 2, the clock 110 is means for informing the time to the positionrecognizing means 103.

[0029] Now, description will be given on operation of the secondembodiment of the spot registration system according to the presentinvention with the above arrangement. A spot where the present positionof the vehicle detected by the position detecting means 101 remains tobe the same for a given time period or longer is recognized by theposition recognizing means 103, and this is automatically recognized asthe position to be registered.

[0030] A place where the vehicle is often parked or stopped for longtime is a visiting place where the driver most frequently visits, andthis place is automatically registered. Also, a place where the vehicleis present for a given time period or longer or a place with the highestprobability of vehicle presence is possibly a normally stationed spot,and this spot can be registered as a normally stationed spot. Asdescribed above, using the time as a clue, spot registration can beperformed in accordance with a comparatively simple logic.

[0031] Further, based on time information from the clock 110, it isdetected how many nights the vehicle has been parked at the same place.In case the vehicle has been parked at the same place for a certainnumber of nights or longer, this spot is recognized as the place to beregistered. Based on the fact that owner of the system stays overnightat his or her own home, it is recognized as the normally stationed spot.

[0032] As described above, the second embodiment of the presentinvention is designed in such manner that the spot registration systemdetects that the vehicle remains at the same place for a given timeperiod or longer at night time or the like, and this place is regardedas the spot to be registered. As a result, a normally stationed spot ora visiting place can be automatically registered.

[0033] (3rd Embodiment)

[0034] A third embodiment of the spot registration system of the presentinvention is a system for regarding a position where the system iselectrically charged as a spot to be registered.

[0035]FIG. 3 is a functional block diagram of the third embodiment ofthe spot registration system according to the present invention. Basicarrangement of the third embodiment is the same as that of the firstembodiment except that electrically charging means 11 is provided. InFIG. 3, the charging means 11 charges electricity to the system, and itnotifies the timing of the charging to the position recognizing means103.

[0036] Now, description will be given on operation of the thirdembodiment of the spot registration system of the present invention withthe above arrangement. When the system is electrically charged, this isnotified to the position recognizing means 103 from the charging means111.

[0037] A place where the system is present at the time of electricalcharging is regarded as a normally stationed spot, and this position isregistered as the normally stationed spot. However, the system issometimes charged during driving time. Thus, it is checked whether theposition is changed or not before and after the electrical charging. Inthis way, the normally stationed spot is recognized in simple manner andregistration can be made automatically.

[0038] As described above, the third embodiment of the present inventionis designed in such manner that the spot where electrical charging isperformed is regarded as the spot to be registered, and the normallystationed spot can be automatically registered in simple manner.

[0039] (4th Embodiment)

[0040] A fourth embodiment of the spot registration system of thepresent invention is a system for detecting a position by identifying abase station of mobile communication means.

[0041]FIG. 4 is a functional block diagram of the fourth embodiment ofthe spot registration system according to the present invention. Basicarrangement of the fourth embodiment is the same as that of the firstembodiment except that communication means 108 is provided. In FIG. 4,the communication means 108 is mobile communication means such as aportable telephone. A base station 109 is a communication partner of thecommunication means 108.

[0042] Now, description will be given on operation of the fourthembodiment of the spot registration system according to the presentinvention with the above arrangement. As a clue to detect the position,the position detecting means 101 uses an information relating to a basestation 109, which is a communication partner of the communication means108. Based on a position information transmitted from the base station109, the present position of the system is detected. Even with aterminal such as a portable telephone, in which primary purpose is notposition detection, it is possible to automatically register a spot suchas a normally stationed spot.

[0043] As described above, the fourth embodiment of the presentinvention is designed in such manner that a position is detected byidentifying the base station of the mobile communication means. As aresult, it is possible to automatically register a spot such as normallystationed spot.

[0044] (5th Embodiment)

[0045] A fifth embodiment of the spot registration system of the presentinvention is a system for detecting a position by utilizing GPS, aheading sensor, a mobile sensor, or VICS (vehicle informationcommunication system).

[0046]FIG. 5 is a functional block diagram of the fifth embodiment ofthe spot registration system of the present invention. Basic arrangementof the fifth embodiment is the same as that of the first embodimentexcept that a GPS receiver 104, a sensor 105, and a beacon 106 areprovided. In FIG. 5, the GPS receiver 104 is means for finding positionby receiving electric wave from a GPS satellite. The sensor 105comprises a heading sensor and a speed sensor. The beacon 106 is trafficinformation receiving means such as VICS.

[0047] Now, description will be given on operation of the fifthembodiment of the spot registration system of the present invention withthe above arrangement. Using position information from the GPS receiver104, from the sensor 105 such as the heading sensor or the speed sensor,or from the beacon 106 such as VICS, position is detected by theposition detecting means 101.

[0048] It is possible to identify latitude and longitude of the presentposition by the GPS receiver, and, regardless of wherever it is, thepresent position can be identified if electric wave from GPS satelliteis received. There is provided the sensor comprising the heading sensorand the mobile sensor, and the position can be detected according to theinformation from the sensor. Position can be determined byself-contained navigation method, and positioning can be performed evenunder the condition where electric. wave from GPS satellite cannot bereceived. The beacon 106 is provided, and by receiving a positioninformation offered from a traffic information providing system such asVICS, the present position can be identified. By this method, it ispossible to determine the position with less influence from sensor errorand with good matching with road network.

[0049] As described above, in the fifth embodiment of the presentinvention, the spot registration system is designed in such manner thatposition is detected by utilizing GPS, heading sensor, mobile sensor,and VICS. As a result, it is possible to detect the present position andregister the position in reliable manner.

[0050] (6th Embodiment)

[0051] A sixth embodiment of the spot registration system of the presentinvention is a system to recognize a normally stationed spot of thesystem and the change of such spot.

[0052]FIG. 6 is a functional block diagram of the sixth embodiment ofthe spot registration system of the present invention. Basic arrangementof the sixth embodiment is the same as that of the first embodimentexcept that normally stationed spot recognizing means 115 is provided.In FIG. 6, the normally stationed spot recognizing means 115 is means torecognize a normally stationed spot from pattern of visiting.

[0053] Now, description will be given on operation of the sixthembodiment of the present invention with the above arrangement. Amongthe spots recognized by the position recognizing means 103 as the spotsto be registered, a spot most frequently visited or a spot where thesystem is present for the longest time is recognized as a normallystationed spot by the normally stationed spot recognizing means 115.

[0054] The normally stationed spot recognizing means 115 analyzes theplace most frequently visited from the pattern of visiting in the past,and a normally stationed spot of the system is recognized. For instance,a place most frequently visited or a place where the system ispositioned for longest period of time is recognized as a normallystationed spot. Even when the user does not perform home registrationoperation on car navigation system, the system automatically registersthe position of the user's home, and a user with less experience can usethe home searching function.

[0055] Also, the normally stationed spot recognizing means 115recognizes change of the normally stationed spot. When the owner of thesystem moves out or changes home to other place, or owner's home isdelivered to another person due to some reason, the destination of thevisit or the normally stationed spot is changed because of thedifference in the procedure to use the system or difference of behaviorpattern of the owner. This is automatically registered and a newnormally stationed spot is automatically registered again. This makes itpossible to eliminate troublesome operation for resetting by the user.

[0056] As described above, according to the sixth embodiment of thepresent invention, the spot registration system is designed in suchmanner that the normally stationed spot of the system and its change isrecognized. Thus, it is possible to automatically register position ofowner's home and to change it.

[0057] (7th Embodiment)

[0058] A seventh embodiment of the spot registration system according tothe present invention is a system to detect change of the normallystationed spot of the system, to issue alarm sound and to turn on asignal lamp to indicate abnormality, to notify the change of thenormally stationed spot, and to stop the function of the spotregistration system.

[0059]FIG. 7 is a functional block diagram of the seventh embodiment ofthe spot registration system of the present invention. Basic arrangementof the seventh embodiment is the same as that of the sixth embodimentexcept that there are provided alarm means 112, notification means 113and function stopping means 114. In FIG. 7, the alarm means 112 is meansfor notifying abnormal event by means such as sound or light. Thenotification means 113 is means for notifying abnormal event by meanssuch as wireless communication. The function stopping means 114 is meansfor stopping function of the spot registration system.

[0060] Now, description will be given on operation of the seventhembodiment of the present invention with the above arrangement. When theposition recognizing means 103 detects abnormal event, alarm is issuedby the alarm means 112, and notification is made by the notificationmeans 113. The function is stopped by the function stopping means 114.

[0061] When the position of the spot registration system is extremelydeviated from the range of normal behavior pattern—in particular, whenthe change of the normally stationed spot is notified from the normallystationed spot recognizing means 115,—the position recognizing means 103judges it as an abnormal event. If it is the change of the normallystationed spot, it may be according to the will or the intention of theuser, and this is confirmed by a certified confirmation message. If itis a change unwillingly made, it is judged that theft is involved, andalarm or notification is issued.

[0062] Then, this abnormal condition is notified to the owner or thepeople around by the alarm means 112. In particular, when the spotregistration system is installed on a vehicle, abnormal flashing ofsignal lamp is started by the alarm means 112, giving abnormal alarmsound. Then, the abnormal event is found by other persons, who wouldnotify police station about the abnormality.

[0063] Also, the abnormality is notified by the notification means 113.When abnormal condition is notified from the position recognizing means103, the notification means 113 notifies the abnormal condition todestinations of notification registered in advance. The information ofposition of the system and the new normally stationed spot are alsonotified. It is possible to notify while the person who stole it may notbe aware, and this leads to high possibility to settle the problem.

[0064] The function stopping means 114 stops the function of the spotregistration system when abnormal condition is detected, and this makesit possible to prevent illegitimate use of the system. For instance, itis possible to prevent illegitimate or unauthorized use of the devicesuch as portable terminal.

[0065] As described above, according to the seventh embodiment of thepresent invention, the spot registration system is designed in suchmanner that the system detects the change of the normally stationedspot, to issue alarm by giving alarm sound or by turning on the signallamp, to notify the change of the normally stationed spot, and to stopthe function of the spot registration system. As a result, it ispossible to notify that the system has been stolen.

[0066] (8th Embodiment)

[0067] An eighth embodiment of the spot registration system of thepresent invention is a system to monitor number or cycle of visits tothe normally stationed spot and detest abnormal condition by detectingthat it is deviated from the allowable operation range around thenormally stationed spot.

[0068] Basic arrangement of the eighth embodiment is the same as theseventh embodiment except that the normally stationed spot recognizingmeans comprises abnormality sensing means for monitoring number andcycle of visits to the normally stationed spot and means for findingabnormality when it is deviated from the allowable operation rangearound the normally stationed spot.

[0069]FIG. 8 is a drawing to show moving locus when the eighthembodiment of the spot registration system of the present invention isused by moving it in the application of a car navigation system. A placewhere moving loci 801 are concentrated at the center is a normallystationed spot 802, and it is expressed as a range from a certaincentral point or as a regional information. FIG. 9 is a table showing adeparture and arrival record 901, describing record of departure timeand arrival time of the spot registration system of the eighthembodiment when the vehicle is departing from or arriving at thenormally stationed spot.

[0070] Now, description will be given on operation of the eighthembodiment of the present invention with the above arrangement. In FIG.8, a range sufficiently including moving loci 801 in the past is definedas an operation range 803. This operation range 803 may be automaticallyobtained from the moving loci 801 in the past or may be defined bymanual operation.

[0071] When the position recognizing means 103 recognizes the deviationof the system position from the operation range 803, it is judged thatabnormal condition has occurred, and alarm or notification is issued orsystem function is stopped. As a result, it is possible to prevent theuse of the system beyond the operation range defined in advance.

[0072] The position recognizing means 113 obtains statistical data suchas number of visits to the normally stationed spot within a certainperiod or repeating cycle of departure and arrival. If it is supposednow that the longest period from the departure to the arrival is 4 days,the system can detect the abnormality on 5th day and to notify theabnormal condition.

[0073] Such behavior pattern may occur as a result of the intention ofthe user, and it is confirmed by a certified confirmation message suchas a code number. If there is no confirmation in response to the correctcode number, it is regarded as a theft or an accident, and alarm andnotification are issued.

[0074] As described above, the eighth embodiment of the presentinvention is designed in such manner that the spot registration systemmonitors number and cycle of the visits to the normally stationed spotand senses the abnormality by detecting deviation from the allowableoperation range around the normally stationed spot. Thus, theft oraccident can be detected and notified.

INDUSTRIAL APPLICABILITY

[0075] As it is evident from the above description, according to thepresent invention, the detected position is stored in memory, and it ispossible to estimate a normally stationed spot of the system or a placefrequently visited, to automatically register the normally stationedspot or position of visiting place, and further, to take adequate actionagainst theft.

What is claimed is:
 1. (Amended) A spot registration system forregistering position of a mobile device, characterized by positiondetecting means for detecting position of the system, position storagemeans for storing the detected position, position recognizing means forrecognizing a spot to be registered according to position storageinformation obtained from the position storage means, means forregistering the recognized spot, and clock means, whereby said positionrecognizing means recognizes said position as a spot to be registeredwhen said clock means determines that the system is remaining at acertain position for longer than a predetermined time period. 2.(Amended) A spot registration system for registering position of amobile device, characterized by position detecting means for detectingposition of the system, position storage means for storing the detectedposition, position recognizing means for recognizing a spot to beregistered according to position storage information obtained from theposition storage means, means for registering the recognized spot andmeans for recognizing electric charging, whereby said positionrecognizing means recognizes said position as a spot to be registeredwhen it is recognized that electric charging has been performed by theelectric charging means.
 3. (Deleted)
 4. (Deleted)
 5. (Amended) The spotregistration system according to claim 1 or 2, characterized by mobilecommunication means, and in that said position detecting means comprisesmeans for detecting position of the system based on information from abase station of said mobile communication means.
 6. (Amended) The spotregistration system according to claim 1 or 2, characterized by GPSreceiving means, and in that said position detecting means comprisesmeans for detecting position based on GPS information obtained from saidGPS receiving means.
 7. (Amended) The spot registration system accordingto claim 1 or 2, characterized by a heading sensor and a mobile sensor,and in that said position detection means comprises means for detectingposition using said heading sensor and said mobile sensor.
 8. (Amended)The spot registration system according to claim 1 or 2, characterized bytraffic information receiving means, and in that said position detectingmeans comprises means for detecting position based on a present positioninformation obtained from said traffic information receiving means. 9.(Amended) The spot registration system according to claim 1 or 2,characterized by normally stationed spot recognizing means forrecognizing a normally stationed spot of the system based on saidposition storage information.
 10. The spot registration system accordingto claim 9, characterized in that said normally stationed spotrecognizing means comprises means for recognizing change of the normallystationed spot.
 11. The spot registration system according to claim 10,characterized by alarm means for issuing alarm to notify that thenormally stationed spot has been changed in response to the recognitionof the change of the normally stationed spot.
 12. The spot registrationsystem according to claim 11, characterized in that said alarm meanscomprises means for issuing alarm sound or turning on a signal lamp of aspecific aspect.
 13. The spot registration system according to claim 10,characterized by notification means for notifying the change of thenormally stationed spot to a predetermined destination in response tothe recognition of the change of the normally stationed spot.
 14. Thespot registration system according to claim 10, characterized byfunction stopping means for stopping function of the system in responseto the recognition of the change of the normally stationed spot.
 15. Thespot registration system according to claim 10, characterized in thatsaid normally stationed spot recognizing means comprises means formonitoring number and cycle of visits to the normally stationed spot andmeans for detecting abnormality based on number and cycle of the visits.16. The spot registration system according to claim 10, characterized inthat said normally stationed spot recognizing means comprises means forsetting an allowable operation range around the normally stationed spotand means for generating an abnormality sensing signal by detectingdeviation from said allowable operation range.